Frequently Asked Questions e-corders - Revision history

Oliver: /* Where can I find a driver for my eDAQ hardware? */

2017-09-15T11:20:28Z

‎Where can I find a driver for my eDAQ hardware?

2017-08-21T05:42:56Z

2017-08-10T09:47:08Z

2017-08-10T08:45:49Z

2017-08-10T07:15:24Z

2017-08-10T07:10:50Z

2017-08-10T07:09:49Z

2017-06-29T01:00:23Z

Created page with "__TOC__ This is where e-corder questions will be."

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This is where e-corder questions will be.

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	The drivers are also found [https://www.edaq.com/utilities-tools here] and on the installation file when you download the software from the [http://www.edaq.com/software-downloads software download page]		The drivers are also found [https://www.edaq.com/utilities-tools here] and on the installation file when you download the software from the [http://www.edaq.com/software-downloads software download page]
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		+	Have a look at this troubleshooting [https://www.edaq.com/wiki/Troubleshooting_Communication_between_Hardware_and_Computer,_Hardware_Unavailable,_Cannot_Find_a_Hardware_Unit application note].

← Older revision		Revision as of 05:42, 21 August 2017
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	== What can I connect to my e-corder? ==		== What can I connect to my e-corder? ==
	You can connect many different types of instruments and transducers to the e-corder to record and analyse the data. Have a look at the list [https://www.edaq.com/e-corder-units here]. For more examples, see the [http://www.edaq.com/research-applications research] and [https://www.edaq.com/teaching-applications teaching applications] pages.		You can connect many different types of instruments and transducers to the e-corder to record and analyse the data. Have a look at the list [https://www.edaq.com/e-corder-units here]. For more examples, see the [http://www.edaq.com/research-applications research] and [https://www.edaq.com/teaching-applications teaching applications] pages.
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		+	== Where can I find a driver for my eDAQ hardware? ==
		+
		+	The drivers are on the installation software thumb drives and CDs that are sent from eDAQ. When you install the software, the driver will be copied onto the computer.
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		+	The drivers are also found [https://www.edaq.com/utilities-tools here] and on the installation file when you download the software from the [http://www.edaq.com/software-downloads software download page]

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-== Why can I see steps in my data instead of getting smooth curves? ==
+== What can I connect to my e-corder? ==
-It is likely that you have chosen a recording range which is too big and you are seeing [https://www.edaq.com/wiki/Basics_of_Data_Acquisition#Digitization digitization]. If your peaks are only a few millivolts high, and you have left the default 10 volt range, you will see stepped peaks; the signal and areas will be inaccurate. You should select a recording range slightly higher than the largest signal you will record. Have a look at the [https://www.edaq.com/wiki/Basics_of_Data_Acquisition#Range Basics of Data Acquisition] application note.
+You can connect many different types of instruments and transducers to the e-corder to record and analyse the data. Have a look at the list [https://www.edaq.com/e-corder-units here]. For more examples, see the [http://www.edaq.com/research-applications research] and [https://www.edaq.com/teaching-applications teaching applications] pages.

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 == Why can I see steps in my data instead of getting smooth curves? ==
 It is likely that you have chosen a recording range which is too big and you are seeing [https://www.edaq.com/wiki/Basics_of_Data_Acquisition#Digitization digitization]. If your peaks are only a few millivolts high, and you have left the default 10 volt range, you will see stepped peaks; the signal and areas will be inaccurate. You should select a recording range slightly higher than the largest signal you will record. Have a look at the [https://www.edaq.com/wiki/Basics_of_Data_Acquisition#Range Basics of Data Acquisition] application note.

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-=== Why can I see steps in my data instead of getting smooth curves? ===
+== Why can I see steps in my data instead of getting smooth curves? ==
 It is likely that you have chosen a recording range which is too big and you are seeing [https://www.edaq.com/wiki/Basics_of_Data_Acquisition#Digitization digitization]. If your peaks are only a few millivolts high, and you have left the default 10 volt range, you will see stepped peaks; the signal and areas will be inaccurate. You should select a recording range slightly higher than the largest signal you will record. Have a look at the [https://www.edaq.com/wiki/Basics_of_Data_Acquisition#Range Basics of Data Acquisition] application note.

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	=== Why can I see steps in my data instead of getting smooth curves? ===		=== Why can I see steps in my data instead of getting smooth curves? ===
−	It is likely that you have chosen a recording range which is too big and you are seeing [https://www.edaq.com/wiki/Basics_of_Data_Acquisition#Digitization digitization]. If your peaks are only a few millivolts high, and you have left the default 10 volt range, you will see stepped peaks; the signal and areas will be inaccurate. You should select a recording range slightly higher than the largest signal you will record. Have a look at the [https://www.edaq.com/wiki/Basics_of_Data_Acquisition#Range ~~basics~~ of ~~data acquisition~~] application note.	+	It is likely that you have chosen a recording range which is too big and you are seeing [https://www.edaq.com/wiki/Basics_of_Data_Acquisition#Digitization digitization]. If your peaks are only a few millivolts high, and you have left the default 10 volt range, you will see stepped peaks; the signal and areas will be inaccurate. You should select a recording range slightly higher than the largest signal you will record. Have a look at the [https://www.edaq.com/wiki/Basics_of_Data_Acquisition#Range Basics of Data Acquisition] application note.

← Older revision		Revision as of 07:09, 10 August 2017
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−	~~This~~ is ~~where e-corder questions~~ will be.	+	=== Why can I see steps in my data instead of getting smooth curves? ===
		+	It is likely that you have chosen a recording range which is too big and you are seeing [https://www.edaq.com/wiki/Basics_of_Data_Acquisition#Digitization digitization]. If your peaks are only a few millivolts high, and you have left the default 10 volt range, you will see stepped peaks; the signal and areas will be inaccurate. You should select a recording range slightly higher than the largest signal you will record. Have a look at the [https://www.edaq.com/wiki/Basics_of_Data_Acquisition#Range basics of data acquisition] application note.